2-Way Flow Control Valve, non return valve, compensated

A current regulator keeps the volume flow from E to R constant, independent of viscosity and pressure fluctuations.
The non return valves provides free flow in the opposite direction, R to E.

Parameters:

Max. Pressure: 210 bar.

zoom

Switch Symbol OC-2SRV.

Technical Data:

Qty.

Connections

max. flow

Item No.

Price

G3/8

30 l/min

OC-2SRV-G3/8-H-RÜV

198,57 €

G1/2

55 l/min

OC-2SRV-G1/2-H-RÜV

200,76 €

G3/4

90 l/min

OC-2SRV-G3/4-H-RÜV

252,80 €

Product Picture

3-Way Flow Control Valve, compensated

The current regulator makes it possible to provide a selectable constant volume flow at connection R.
Constant volume flow is mostly independent of load pressure and input.
Excess residual current transmits to connection T and is not resilient.

Application:

Supply control

Parameters:

Max. Pressure: 210 bar.

zoom

Switch Symbol OC-3SRV.

Technical Data:

Qty.

Connections

max. input

max. regulated output

Item No.

Price

G3/8

55 l/min

30 l/min

OC-3SRV-G3/8-H

170,75 €

G1/2

90 l/min

55 l/min

OC-3SRV-G1/2-H

173,53 €

G3/4

150 l/min

90 l/min

OC-3SRV-G3/4-H

225,24 €

Product Picture

3-Way Flow Control Valve, 2x compensated

The current regulator is used to supply two divided hydraulic circuits via a hydraulic pump. It is possible to access a selectable priority flow at connection P, while at connection B only the difference (E minus P) is accessible.
Connection B will get supplied with oil, once the demand of constant flow at connection P is covered.
Both exits B and P are loadable.

Parameters:

Max. Pressure: 210 bar.

zoom

Switch Symbol OC-3SRVD.

Technical Data:

Qty.

Connections

max. input

max. regulated output

Item No.

Price

G3/8

55 l/min

30 l/min

OC-3SRVD-G3/8-H

203,13 €

G1/2

90 l/min

55 l/min

OC-3SRVD-G1/2-H

206,20 €

G3/4

150 l/min

90 l/min

OC-3SRVD-G3/4-H

304,45 €

Product Picture

Flow Dividers, double-acting

It divides incomming oil flow (v) in two even partial currents (C1 and C2), independent of the load pressure.
If the flow direcetion gets reversed both partial currents (C1 and C2) will add up at the same ratio.